Receive real-time neutrino alerts and visualize their interactions within the IceCube detector. View estimated source directions on a sky map. Explore particle behavior and cosmic origins through augmented reality.
by Lu Lu★ 5.08 ratingsEducationFreeData updated 2026-10-05
The app offers a 3D tour of the Universe guided by Professor Brian Cox. Users can explore celestial bodies, witness cosmic events, and access over 200 interactive articles and BBC videos.
Use augmented reality to trace photos or line drawings. Adjust brush settings for precision. Annotate and refine sketches digitally. Export final artwork in various formats. Share drawings via social media or email.
Visualize airspace using Augmented Reality. Select airports from a map, point camera at a surface, and tap to start. View 3D and animations of takeoffs and landings. Explore real-time routes above selected airports.
Explore celestial bodies and track planetary motion
Explore celestial objects with 3D models and interactive maps. Learn about planets, stars, and galaxies through guided tours and educational content. Set bookmarks and revisit favorite locations. Share discoveries via social media.
Learn skills through interactive 3D gameplay and optional augmented reality. Practice multiplication, addition, and other operations. Track progress and complete challenges in a fun, immersive environment.
Explore historical locations using augmented reality. Interact with an AI assistant to solve challenges and complete quests. Collaborate with friends or classmates in real-time. Track progress through time-based storylines and earn rewards.
Model and visualize particles with realistic interactions and four distinct classes. Simulate natural phenomena like crystallization, thermodynamics, diffusion, and orbital mechanics.
Trainers can convert audience feedback into data instantly. Interactive visuals are projected for real-time insights. Participants enter a pin via any mobile browser to engage.
Explore the with augmented reality to view rotating and orbiting the sun. Learn facts about each planet, see high-definition surface images, and observe detailed planetary movements and rotations.
Explore nearby Wikipedia articles using augmented reality. View location-based information about points of interest. Filter and sort articles by category. Share content with others. Navigate using real-world visuals and location data.
Explore celestial bodies and track their positions
Explore the solar system with detailed models of over 400 celestial bodies. Navigate through space, land on planets and moons, and view the sky from their surfaces.
Explore locations, answer questions, and test knowledge
Explore through augmented reality by placing a 3D Earth model. Answer questions about countries, locations, and features in 8 game modes. Test knowledge across 3 difficulty levels. Name and identify geographical elements.
The app allows users to explore palaeontology with augmented reality visits to paleontological sites. Users can view 3D models of prehistoric animals and see historical reconstructions of the sites.
Track and record daily dreams with a journal feature. Set intentions for dreams and practice reality checks. Explore guided scenarios and visualize dream environments. Learn techniques to enhance through daily exercises.
Create and customize a using block-based coding. Bring the 3D model to life with augmented reality. Learn coding concepts and develop computational thinking skills through interactive gameplay.
Explore and isolate individual body systems. Dive into the bloodstream, lungs, or heart. View 3D models without augmented reality. Switch between 13 languages. Adjust design settings and fix bugs for smoother performance.